Workflows

End-to-end task guides. Each page carries one job from the data you have to the result you want and is meant to be read start to finish, so a guide stays whole rather than being split into a procedure half and a knowledge half. Where a guide rests on durable theory it cites the Technique page instead of restating it.

Ordered as a project goes: collect the data, stand the project up, run it, then the jobs that build on a run that has finished.

Guides

• Project Data Checklist — The canonical list of what to collect from the machine owner before a project can be built, with formats, tolerances and worked examples
• Basic Simulation — Set up and run a machining simulation from scratch: project configuration, option tuning, NC execution and result inspection
• Project Construction — How to build a project so that it is actually finished: the build order that avoids rework, how to shape the mission, and the acceptance test
• Milling Force Parameter Training — Train milling force coefficients from measured sensor data, evaluate their quality, and apply them
• NC Optimization — Generate an optimized NC file by adjusting feed rates against power, torque, thermal and force limits
• Sensor Data Mapping — Map dynamometer, smart tool holder or accelerometer data onto simulation toolpaths so a step can index a real measurement
• Geometry Validation — Collision detection, geometry difference comparison, defect scanning and flying-piece removal after a run
• Simulation Report — Turn a completed session into a focused set of result captures, keeping the panels that carry information and leaving out the chrome
• Dynamometer Experiment SOP — The bench procedure for capturing three-axis force data and calculating milling force coefficients
• Example Projects — Complete project-level examples that run the guides above against real data